Exact(1)
Specifically, when analyzing the Manhattan scenario, where the highest hop count of the all mobile scenarios is registered for CGP, it has at the same time the lowest delay of the all mobile scenarios.
Similar(7)
This is because in fact, the higher hop count of a MH's current location RS, the more RSs are required for data transmission, and, for a multi-hop wireless network system, the more bandwidth is required.
When S_TH = 1, it should allocate more bandwidth with higher hop count when L increase gradually; in MD_CloseToCenter Case, it is similar to MD_Equal; in MD_CloseToBS Case, MHs have higher moving rate to BS so it only needs to prepare a little reserved bandwidth when S_TH < 1.
A large number of the transmissions cause the Prophet algorithm to have a high value of hop count metric, but lower than Epidemic routing.
In contrast, IF the node residual energy is LOW AND node speed is HIGH AND the hop count is LONG, THEN the node trust value is VERY LOW.
Therefore, SUIT gives a higher priority to the packets whose current hop count is higher than the others.
They find that the expected transmission (ETX) count scheme provides higher throughput than minimum hop count scheme when a DSR routing protocol [10] is used with stationary nodes.
It is better to use high transmission power to reduce hop count and also reduce the handling delay.
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